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Figure 1: Compliance testing
Number of tests
Tests in compliance
0
5,000
10,000
15,000
20,000
25,000
2009
2010
2011
2012
2013
Figure 2: Global complaints
2009
Numberofcompliants
Accepted
Not Nufarm
Unidentified source
2010
2011
2012
2013
0
4
8
12
16
20
Total
We continue to focus on reducing
energy use across all our sites.
Compared with many chemical
companies, we are a relatively
moderate energy user. Energy
use is impacted by production
volume and the product mix.
The majority of greenhouse gas
is generated from electricity and
gas used in the production process.
Some sites also emit CO2 directly
from chemical processes are included
in the data reflected in Figure 3.
While CO2 emissions for most sites
remained generally consistent, there
were some reductions at Laverton,
Wyke and Botlek sites following
concerted efforts by these teams.
The major greenhouse emitter is
our Laverton manufacturing plant,
followed by Wyke which generates
a little over half the emissions
of Laverton.
Chlorine production at Laverton is
the most energy intensive process
onsite. Preliminary work assessing
potential cost and energy savings
of re-engineering efficiencies has
been undertaken, with further
assessment and review to continue
over the coming year across this
and other sites.
The Laverton site decreased their
electricity (6.8 per cent) and gas
(3.7 per cent) volumes. Completion
of the boiler control room upgrade
contributed to this reduction and is
expected to yield further savings in
2014 as optimisation continues.
Site-wide energy-saving practices
also contributed, included a lighting
trial to assess LED, induction and
fluorescence illumination.
Our Malaysian and Indonesian
teams also looked at energy savings
in areas such as replacing lighting
at the Malaysian site with energy
saving bulbs.
‘We continue to focus on reducing energy
use across all our sites. Compared with
many chemical companies, we are a relatively
moderate energy user. Energy use is impacted
by production volume and the product mix.’
NUFARM SUSTAINABILITY REPORT 2014 | 13